A few days ago, Nantong, Jiangsu announced that during the "14th Five-Year Plan" period, the total investment in Nantong’s power grid construction plan is about 12 billion yuan. 12 new 220kV substations and 22 110kV substations will be built to further realize grid planning and city The effective connection of planning promotes the same frequency resonance of power grid development and industrial development.

"14th Five-Year Plan" Nantong intends to invest 12 billion yuan for power grid construction
As of the end of November this year, the cumulative power supply of Nantong Power Grid exceeded 40.4 billion kWh, a year-on-year increase of more than 5%; specialized power supply service agencies have been established in 19 parks including Suxitong Park.

This year is the "Major Project Breakthrough Year" of Nantong Municipal Government. For this purpose, the city has established a company's major project promotion special work leading group, and included 300 projects above 1 billion into the tracking scope of major projects. Up to now, 79 power projects have been transmitted. The power connection rate of major projects above the provincial level is the highest in the province.

In order to further optimize the power business environment, Nantong City has also issued the "Continuous Optimization of the Power Business Environment and Two-year Action Plan to Improve the Service Level of Power Supply", "Notice on Deepening the Reform of "Decentralization, Management and Services", and Optimize Business Expansion Management Work" In the series of documents, the average power-on time of 10 (20) kV and 0.4 kV non-resident customers has dropped to within 35 and 5 working days.

In the future, Nantong City will follow the city plan and roll out the "14th Five-Year Plan" for the power grid; focus on the load characteristics of key areas such as Nantong New Airport, Tongzhou Bay New Outlet, Zhongchuang District, Binjiang Area, and Wushui City Sub-center , Carry out targeted grid planning, and continue to improve the power supply capacity of urban power grids.